Miniproposals

Miniproposal: 080 Date Filed: 1/20/1995 Title: Effect of Separatrix strike point location on divertor detachment First Author: Bruce Lipschultz Session Leader: Bruce Lipschultz (shots 1-36)

Engineering Operator Run Comment

snipe

Session Leader Plans

Physics Operators Plans

Session Leader Summaries

Entered: Jul 7 2004 03:49:12:740PM

Author: To Be Determined

Run 950321 Engineering operator: V. Bertolino/J. Daigle Phyics operator: J. SNipes Session leader: BLip Mini-proposal #80: "Effect of Separatrix strike point location on divertor detachment". We tried, and failed, to make a decent flat-plate divertor equilibria today. Starting at shot 14 we switched to vertical plate placement of the outer strike point and started the second half of today's program. The second half of the run was much more successful. I believe we have obtained the high density points needed to determine whether detachment extends beyond the outer divertor nose as the density is raised. For shot 34, the highest density shot, probe 8 does seem to be detached. Further analysis will be needed to verify this and to see whether this occurs at lower densities. We did obtain some very high densities (nl04=2.7e20). However, the power supplies had problems controlling the plasma towards the end of those shots. We had a number of shots with density in the range nl04=1.-1.4e20 in order to 'probe' parameter space where the high-pressure region at the divertor (the so-called 'death ray') occured. It disappears from the outer divertor for densities above nl04=1.3e20 (and below 1.0e20). There is also a pressure peak on the inner divertor which may also be greater magnitude than upstream. We have to check further with the mapping to the FSP to verify this. A summary shot by shot follows: shot 1: power test shot 2: disruption @ 500 ms. We didn't get a flat-plate for some reason. shot 3: We got the sweep of the strike point but because of some offset the sweep takes us from slot divertor to strike point on probe 8 and back. Otherwise things fairly normal with nl04=0.7e20. shot 4: disrupted at 500 ms. May be due to big injection. shot 5: disruption at 0.65 seconds. nl04=0.5e20. Strike point at the required spot. shot 6: fizzle shot 7: disruption shot 8: fizzle shot 9: disruption shot 10: fizzle shot 11: disruption - still appears to be a problem with power supplies. shot 12: fizzle shot 13: disruption, switch to vertical plate operation. shot 14: disruption with strike point low. Big MARFE shot 15: disruption shot 16: disruption with incredible HXRays shot 17: small amount of hard x-rays but otherwise the fisrt decent shot. Next shot we will adjust the STRKPSI sweep slightly and repeat, this time with a little He at the midplane in front of the new B-side shot 18: again fine. He injection worked, no plume observed. Will repeat for FSP shot 19: nl04=0.9e20, He puff visible, Mo injection at 0.6 seconds again like last shot. shot 20: another Mo injection around 600 ms. No He puff, FSP probe scan accomplished. nl04=1.0e20. shot 21: disruption at crossover - 350 ms. Try again with slower rate of rise of density. shot 22: shot went fine, nl04=1.1e20, He puff at midplane inner wall. B-side camera viewed He puff with H_alpha filter. FSP trace. shot 23: nl04=1.2e20. No He puff, FSP scan went fine. shot 24: nl04=1.3e20 (and creeping up slightly). FSP scan ok. shot 25: nl04=1.4-1.5 e20. detachment moving up the divertor shot 26: nl04=1.6 e20. detachment moving up the divertor shot 27: fizzle shot 28: nl04=1.8e20 by 800 ms. FSP went in ok. shot 29: nl04=2.e20. FSP scan ok but disruption at 1.0 sec. Next shot we will add divertor gas puff (private flux region - B26-019) to raise the density faster. shot 30: divertor gas puff at 30 PSI (1400 torr) through private flux region (B-26-019). Trigger for puff at 0.43 seconds for 100 ms. nl04=2.e20 with disruption again at 1 second. FSP scan ok. shot 31: Too much puff (150 ms with .33 sec trigger) and disruption at .55 seconds. Try again with the gas puffs spread out in time. shot 32: nl04=2.4e20. no FSP scan but we will repeat. Three divertor gas puffs: 0.33 sec, 0.43 sec, 0.53 seconds, each for 50 ms. Divertor pressure 70 mTorr. shot 33: nl04=2.3-2.4e20. FSP went in but we may have lost the data. shot 34: divertor gas puff triggered at same times but with the following pulse lengths: 0.65, 0.65 & 0.6 seconds. FSP scan at 0.75 seconds with disruption following at approx. shot 35: disruption, somehow a flat-plate shot was loaded in? shot 36: try for low density but disrupted.

Physics Operator Summaries

Entered: Jul 7 2004 04:36:53:583PM

Author: To Be Determined

Repeat of MP080 Strike Point Position Scan Engineer in Charge: Vince Bertolino Physicist in Charge: Joseph Snipes Session Leader: Bruce Lipschultz This run is intended to scan the density and modify the strike point position with both a flat plate divertor configuration and a vertical plate divertor configuration, both at the bottom of the vessel. We intend to complete both density scans at 0.8 MA and, if time remains, to repeat the vertical plate divertor scan at 1 MA. We copied shot 950202032, but raised the current to 0.8 MA and lowered the density to 7 x 10^19 m^-2. Also, RCUR was copied from shot 950202014. The flat plate configuration was incompatible with the programming we had copied from shot 950202014. Only one decent discharge was obtained in this configuration shot 3. Various attempts to get the strike point scan led to disruptions due to EF2 going to zero. This needs some thought and some work. The vertical plate configuration worked reasonably well and a pretty good density scan was obtained up to quite high densities of 2.6 x 10^20 m^-2. So, the run was partially successful, but did not complete the program. 36 shots, 30 plasmas, 5 fizzles, 1 test Shot 1: OH test shot. 2: Disrupted at 0.5 sec 3: Lowered slow ZCUR gain to 1.5. Good shot at 7 x 10^19 m^-2 4: Disrupted at 0.5 sec. 5: Disrupted at 0.65 sec. 6: Fizzle 7: Disrupted at 0.74 sec. 8: Fizzle 9: Disrupted at 0.7 sec. 10: Fizzle 11: Disrupted at 0.75 sec. 12: Fizzle 13: Disrupted at 0.71 sec. 14: Changed to vertical plate configuration. Marfe. Disrupted at 0.4 15: Disrupted at 0.35 sec. 16: Reduced slow ZCUR gain to 1.5. Runaway shot very high hards. 17: Some x rays, but otherwise a good shot. 18: Good shot. 19: Good shot. 20: Density at 1 x 10^20 m^-2. Good shot. 21: Disrupted at 0.35 sec. 22: Density at 1.1 x 10^20 m^-2. Good shot. 23: Density at 1.2 x 10^20 m^-2. Good shot. 24: Density at 1.3 x 10^20 m^-2. Good shot. 25: Density at 1.4 x 10^20 m^-2. Good shot. 26: Density at 1.6 x 10^20 m^-2. Good shot. 27: Fizzle 28: Density at 1.8 x 10^20 m^-2. Good shot. 29: Density at 2.0 x 10^20 m^-2. O.K. shot disrupted at 1.02 sec. 30: Repeat with NINJA puff at 0.5 sec. O.K. Disrupted at 0.99 sec. 31: Density at 2.2 x 10^20 m^-2. NINJA at 0.4 sec. Disrupted at 0.5 32: Repeat. O.K. Disrupted at 0.99 sec. 33: O.K. Disrupted at 0.94 sec. 34: Density at 2.6 x 10^20 m^-2. O.K. Disrupted at 0.86 sec. 35: Flat plate shot mysteriously loaded in PCS. Disrupted at 0.23 s 36: Copied 950321022 with density at 5 x 10^19 m^-2. Disrupted at 0.3 sec.

Session Leader Comments
Mar 21 1995 08:39:47:280AM		Bruce Lipschultz	Run 950321 Engineering operator: V. Bertolino Phyics operator: J. SNipes Session leader: BLip Mini-proposal #80: "Effect of Separatrix strike point location on divertor detachment". We plan to continue flat-plate divertor syudies at 800 kA. Each shot will have constant density, the density varied from shot to shot over the range nl04 = 0.5 - 2. e20. After completing the density scan we plan to switch to the vertical plate strike point and obtain a number of density points.
Mar 21 1995 08:59:17:640AM	950321002	Bruce Lipschultz	shot 2: disruption @ 500 ms. We didn't get a flat-plate for some reason.
Mar 21 1995 09:17:57:810AM	950321003	Bruce Lipschultz	shot 3: We got the sweep of the strike point but because of some offset the sweep takes us from slot divertor to strike point on probe 8 and back. Otherwise things fairly normal with nl04=0.7e20.
Mar 21 1995 09:32:08:060AM	950321004	Bruce Lipschultz	shot 4: disrupted at 500 ms. May be due to big injection.
Mar 21 1995 09:51:58:260AM	950321005	Bruce Lipschultz	shot 5: disruption @.5 seconds
Mar 21 1995 09:53:03:600AM	950321005	Bruce Lipschultz	shot 6: disruption at 0.65 seconds. nl04=0.5e20. Strike point at the required spot.
Mar 21 1995 09:54:15:450AM	950321006	Bruce Lipschultz	shot 6: fizzle
Mar 21 1995 10:33:09:800AM	950321007	Bruce Lipschultz	shot 7: disruption
Mar 21 1995 11:46:08:220AM	950321008	Bruce Lipschultz	shot 8: fizzle shot 9: disruption shot 10: fizzle shot 11: disruption - still appears to be a problem with power supplies. shot 12: fizzle shot 13: disruption, give up on flat-plate, switch to vertical plate.
Mar 21 1995 12:00:19:150PM	950321014	Bruce Lipschultz	shot 14: disruption with strike point low. Big MARFE
Mar 21 1995 12:22:30:010PM	950321015	Bruce Lipschultz	shot 15: disruption
Mar 21 1995 12:24:17:680PM	950321016	Bruce Lipschultz	shot 16: disruption with incredible HXRays
Mar 21 1995 12:39:38:500PM	950321017	Bruce Lipschultz	shot 17: small amount of hard x-rays but otherwise the fisrt decent shot. Next shot we will adjust the STRKPSI sweep slightly and repeat, this time with a little He at the midplane in front of the new B-side
Mar 21 1995 12:51:13:390PM	950321018	Bruce Lipschultz	shot 18: again fine. He injection worked, no plume observed. Will repeat for FSP
Mar 21 1995 01:05:40:690PM	950321019	Bruce Lipschultz	shot 19: nl04=0.9e20, He puff visible, Mo injection at 0.6 seconds again like last shot.
Mar 21 1995 01:13:41:060PM	950321020	Bruce Lipschultz	shot 20: another Mo injection around 600 ms. No He puff, FSP probe scan accomplished. nl04=1.0e20.
Mar 21 1995 01:41:25:890PM	950321021	Bruce Lipschultz	shot 21: disruption at crossover - 350 ms. Try again with slower rate of rise of density.
Mar 21 1995 01:43:09:740PM	950321022	Bruce Lipschultz	shot 22: shot went fine, nl04=1.1e20, He puff at midplane inner wall. B-side camera viewed He puff with H_alpha filter. FSP trace.
Mar 21 1995 02:10:17:800PM	950321023	Bruce Lipschultz	shot 23: nl04=1.2e20. No He puff, FSP scan went fine.
Mar 21 1995 02:11:24:060PM	950321024	Bruce Lipschultz	shot 24: nl04=1.3e20 (and creeping up slightly). FSP scan ok.
Mar 21 1995 02:36:53:500PM	950321025	Bruce Lipschultz	shot 25: nl04=1.4-1.5 e20. detachment moving up the divertor
Mar 21 1995 02:40:03:150PM	950321026	Bruce Lipschultz	shot 26: nl04=1.6 e20. detachment moving up the divertor
Mar 21 1995 02:41:03:110PM	950321026	Bruce Lipschultz	shot 26: nl04=1.6 e20. detachment moving up the divertor
Mar 21 1995 03:05:29:300PM	950321027	Bruce Lipschultz	shot 27: fizzle
Mar 21 1995 03:10:30:370PM	950321028	Bruce Lipschultz	shot 28: nl04=1.8e20 by 800 ms. FSP went in ok.
Mar 21 1995 03:10:48:730PM	950321028	Bruce Lipschultz	shot 28: nl04=1.8e20 by 800 ms. FSP went in ok.
Mar 21 1995 03:20:33:130PM	950321029	Bruce Lipschultz	shot 29: nl04=2.e20. FSP scan ok but disruption at 1.0 sec. Next shot we will add divertor gas puff (private flux region - B26-019) to raise the density faster.
Mar 21 1995 03:27:43:070PM	950321029	Bruce Lipschultz	shot 29: nl04=2.e20. FSP scan ok but disruption at 1.0 sec. Next shot we will add divertor gas puff (private flux region - B26-019) to raise the density faster.
Mar 21 1995 03:33:07:670PM	950321030	Bruce Lipschultz	shot 30: divertor gas puff at 30 PSI (1400 torr) through private flux region (B-26-019). Trigger for puff at 0.43 seconds for 100 ms. nl04=2.e20 with disruption again at 1 second. FSP scan ok.
Mar 21 1995 03:41:25:450PM	950321030	Bruce Lipschultz	shot 30: divertor gas puff at 30 PSI (1400 torr) through private flux region (B-26-019). Trigger for puff at 0.43 seconds for 100 ms. nl04=2.e20 with disruption again at 1 second. FSP scan ok.
Mar 21 1995 03:42:49:690PM	950321031	Bruce Lipschultz	shot 31: Too much puff (150 ms with .33 sec trigger) and disruption at .55 seconds. Try again with the gas puffs spread out in time.
Mar 21 1995 04:09:07:080PM	950321032	Bruce Lipschultz	shot 32: nl04=2.4e20. no FSP scan but we will repeat. Three divertor gas puffs: 0.33 sec, 0.43 sec, 0.53 seconds, each for 50 ms. Divertor pressure 70 mTorr.
Mar 21 1995 04:24:23:460PM	950321033	Bruce Lipschultz	shot 33: nl04=2.3-2.4e20. FSP went in but we may have lost the data.
Mar 21 1995 04:41:29:220PM	950321034	Bruce Lipschultz	shot 34: divertor gas puff triggered at same times but with the following pulse lengths: 0.65, 0.65 & 0.6 seconds. FSP scan at 0.75 seconds with disruption following at approx.
Mar 21 1995 04:53:27:810PM	950321035	Bruce Lipschultz	shot 35: disruption, somehow a flat-plate shot was loaded in?
Mar 21 1995 04:58:09:220PM	950321036	Bruce Lipschultz	shot 36: try for low density but disrupted.

Physics Operator Comments
Mar 21 1995 08:42:12:300AM	950321001	Joseph Snipes	Engineer in charge: Vinny Bertolino Physicist in charge: Joseph Snipes Session Leader: Bruce Lipschultz Trying again for MP080 Strike Point Scan a rerun of 950314 without an air leak. The idea being to start with a flat plate divertor configuration at 0.8 MA and scan the density. Later, we intend to go to a vertical plate configuration at 0.8 MA first and then on to 1 MA. Starting with startup from 950307002, but with gas programming from 950317027. Segment 2 was copied from 950202032 but with density set to 7 x 10^19 m^-2.
Mar 21 1995 08:43:17:570AM	950321001	Joseph Snipes	Shot 1 OH and EF test shot.
Mar 21 1995 09:01:08:140AM	950321002	Joseph Snipes	Shot 2 Prefill set to 1.7 x 10^-5 Torr. Starting with flat plate divertor configuration. Disrupted after 0.5 sec.
Mar 21 1995 09:10:48:500AM	950321003	Joseph Snipes	Shot 3 Reduced slow ZCUR gain to 1.5 throughout the shot. Good shot. But the strike point was not correct.
Mar 21 1995 09:31:55:240AM	950321004	Joseph Snipes	Shot 4 Reduced EF4 current from 0.4 sec. Reduced density to 5 x 10^19 m^-2. Increased STRKPSI gain to 10. Disrupted at 0.5 sec.
Mar 21 1995 09:36:32:390AM	950321005	Joseph Snipes	Shot 5 Reduced STRKPSI gain to 8.5. Changed STRKPSI programming to be zero throughout the shot except during the scan from 0.5 to 0.9 sec, where it should scan 0.006 m and back. Disrupted at 0.65 sec.
Mar 21 1995 09:53:20:200AM	950321006	Joseph Snipes	Shot 6 Reduced STRKPSI programming to 3.5 mm swing. Put in a similar inverse ramp in EF4. Fizzle.
Mar 21 1995 10:25:12:390AM	950321007	Joseph Snipes	Shot 7 Repeat. Disrupted at 0.74 sec.
Mar 21 1995 10:39:39:510AM	950321008	Joseph Snipes	Shot 8 Set EF4 current to 900 A during Ip flattop. RXL and ZXL gains reduced by a factor of 2. Density increased to 7 x 10^19 m^-2. Fizzle!
Mar 21 1995 11:01:58:320AM	950321009	Joseph Snipes	Shot 9 Raised prefill to 1.9 x 10^-5 Torr. Power supply door open. Short delay. Disrupted at almost 0.7 sec.
Mar 21 1995 11:07:47:010AM	950321010	Joseph Snipes	Shot 10 Moved STRKPSI down 1 mm throughout the shot and reduced the amplitude of the scan by 0.5 mm to try to avoid losing EF2. Fizzle!
Mar 21 1995 11:38:58:630AM	950321011	Joseph Snipes	Shot 11 Raised prefill to 2.0 x 10^-5 Torr. Disrupted at 0.75 sec.
Mar 21 1995 11:39:17:780AM	950321012	Joseph Snipes	Shot 12 Fizzle!
Mar 21 1995 11:40:18:950AM	950321013	Joseph Snipes	Shot 13 Reduced CLEARIN to -0.004 m. Disrupted at almost 0.71 sec.
Mar 21 1995 11:59:35:840AM	950321014	Joseph Snipes	Shot 14 Changed to 950202014 programming for segment 2 but with nl set to 9 x 10^19 m^-2. Vertical plate configuration. Set prefill to 1.6 x 10^-5 Torr. Disrupted at 0.46 sec. Marfe at 0.34 sec.
Mar 21 1995 12:04:11:840PM	950321015	Joseph Snipes	Shot 15 Set prefill to 2.0 x 10^-5 Torr. Reduced the rate of rise of the plasma density. Disrupted at 0.35 sec.
Mar 21 1995 12:18:15:410PM	950321016	Joseph Snipes	Shot 16 Reduced slow ZCUR gain from 3 to 1.5 as it should have been from when we reloaded the old shot on shot 14. Prefill set to 2.0 x 10^-5 Torr. Runaway shot. Disrupted at 0.23 sec.
Mar 21 1995 12:35:09:230PM	950321017	Joseph Snipes	Shot 17 Repeat. Good shot.
Mar 21 1995 12:50:20:500PM	950321018	Joseph Snipes	Shot 18 Changed STRKPSI programming a bit. Prefill set to 2.1 x 10^-5 Torr. Good shot.
Mar 21 1995 01:01:25:580PM	950321019	Joseph Snipes	Shot 19 Changed STRKPSI programming a bit. Good shot. Moly injections at 0.6 sec on this and shot 18. FSP inserted at the same time for this shot.
Mar 21 1995 01:14:55:930PM	950321020	Joseph Snipes	Shot 20 Increased density to 1.0 x 10^20 m^-2. Increased ZXU to 0.035 from 0.03 m. Good shot, but moly injection still present at 0.62 sec.
Mar 21 1995 01:28:34:660PM	950321021	Joseph Snipes	Shot 21 Increased density to 1.1 x 10^20 m^-2. Disrupted at 0.35 sec, perhaps because the rate of rise of the density was slightly increased.
Mar 21 1995 01:38:43:920PM	950321022	Joseph Snipes	Shot 22 Reduced the rate of rise of the density so that it should reach 1.1 x 10^20 m^-2 by 0.6 sec. Dropped STRKPSI by 0.5 mm just before 1 sec. Good shot. No moly injection.
Mar 21 1995 01:52:37:300PM	950321023	Joseph Snipes	Shot 23 Increased the rate of rise of the density after 0.4 sec so that it should reach 1.2 x 10^20 m^-2 by 0.54 sec. Good shot.
Mar 21 1995 02:09:46:280PM	950321024	Joseph Snipes	Shot 24 Density set to reach 1.3 x 10^20 m^-2 by 0.56 sec. Increased A side plenum pressure from 16 to 18 pounds. Good shot.
Mar 21 1995 02:24:43:480PM	950321025	Joseph Snipes	Shot 25 Density set to reach 1.4 x 10^20 m^-2 by 0.56 sec. Increased A side plenum pressure from to 20 pounds. Good shot.
Mar 21 1995 02:30:23:990PM	950321026	Joseph Snipes	Shot 26 Density set to reach 1.6 x 10^20 m^-2 by 0.56 sec. Good shot!
Mar 21 1995 02:49:44:330PM	950321027	Joseph Snipes	Shot 27 Density set to 1.8 x 10^20 m^-2. Fizzle!
Mar 21 1995 03:04:40:400PM	950321028	Joseph Snipes	Shot 28 Density set to 1.8 x 10^20 m^-2. Prefill set to 1.8 x 10^-5 Torr. Good shot.
Mar 21 1995 03:19:10:650PM	950321029	Joseph Snipes	Shot 29 Density set to 2.0 x 10^20 m^-2. Current ramped from 0.5 to 1.0 sec from 0.8 MA to 0.85 MA. NINJA D2 puff at 0.5 sec for 0.1 sec duration. NINJA pressure set to 30 psi. Decent shot. Disrupted at 1.02 sec.
Mar 21 1995 03:29:07:890PM	950321030	Joseph Snipes	Shot 30 NINJA did not inject on shot 29. Try again. O.K. shot disrupted at 0.99 sec. High halo current.
Mar 21 1995 03:47:05:080PM	950321031	Joseph Snipes	Shot 31 Density raised to 2.2 x 10^20 m^-2. NINJA puff moved to 0.4 sec. Disrupted at 0.55 sec.
Mar 21 1995 04:14:54:590PM	950321032	Joseph Snipes	Shot 32 Repeat. O.K. Disrupted at 0.99 sec.
Mar 21 1995 04:15:29:040PM	950321033	Joseph Snipes	Shot 33 Reduced Ip ramp to 0.85 MA at 1 sec. O.K. Disrupted at 0.94 sec.
Mar 21 1995 04:26:00:900PM	950321034	Joseph Snipes	Shot 34 Increased density to 2.6 x 10^20 m^-2. Disrupted at 0.86 sec.
Mar 21 1995 05:18:26:120PM	950321035	Joseph Snipes	Shot 35 Reduced density to 0.5 x 10^20 m^-2. Somehow PCS has a shot from earlier today loaded into it with the flat plate configuration. It disrupted at 0.23 sec. I did not load this! So, there is some problem with PCS here.
Mar 21 1995 05:19:45:850PM	950321036	Joseph Snipes	Shot 36 Reloaded shot 950321022. Set nl = 5 x 10^19 m^-2. Disrupted at 0.3 sec.

Engineering Operator Comments
Shot	Time	Type	Status	Comment
1	08:28:04:850AM	Test	Ok	oh coax and ef1 test
2	08:48:20:430AM	Plasma	Ok	no faults
3	08:59:23:100AM	Plasma	Ok	no faults
4	09:17:53:300AM	Plasma	Ok	no faults
5	09:34:19:940AM	Plasma	Ok	ef1l cond. fault
6	09:51:24:770AM	Plasma	Ok	no faults
7	10:09:35:620AM	Plasma	Ok	no faults
8	10:34:35:510AM	Plasma	Ok	no faults
9	10:42:32:420AM	Plasma	Ok	ef1l cond fault
10	11:04:52:870AM	Plasma	Ok	no faults
11	11:12:56:150AM	Plasma	Ok	no faults
12	11:28:03:660AM	Plasma	Ok	no faults
13	11:36:04:080AM	Plasma	Ok	no faults
14	11:46:56:230AM	Plasma	Ok	no faults
15	12:00:33:910PM	Plasma	Ok	no faults
16	12:11:23:820PM	Plasma	Ok	no faults
17	12:20:39:960PM	Plasma	Ok	no faults
18	12:37:26:030PM	Plasma	Ok	no faults
19	12:51:54:140PM	Plasma	Ok	Good No Faults.
20	01:05:12:940PM	Plasma	Ok	no faults.
21	01:18:20:840PM	Plasma	Ok	No Faults.
22	01:32:08:100PM	Plasma	Ok	No Faults.
23	01:44:30:250PM	Plasma	Ok	No Faults.
24	01:57:25:380PM	Plasma	Ok	No Faults.
25	02:13:40:020PM	Plasma	Ok	No Faults.
26	02:26:45:490PM	Plasma	Ok	No Faults.
27	02:42:22:630PM	Plasma	Ok	No Faults.
28	02:51:28:360PM	Plasma	Ok	No Faults.
29	03:10:13:060PM	Plasma	Ok	No faults.
30	03:20:21:940PM	Plasma	Ok	No Faults.
31	03:32:10:210PM	Plasma	Ok	No Faults.
32	03:48:38:180PM	Plasma	Ok	No Faults.
33	04:09:30:700PM	Plasma	Ok	no faults
34	04:22:05:160PM	Plasma	Ok	No Faults.
35	04:39:13:770PM	Plasma	Ok
36	04:53:31:480PM	Plasma	Ok	No Faults.